<!DOCTYPE html>
<script src="../include.js"></script>
<script>
    function dumpAudioParam(param) {
        println(`${param} current: ${param.value}, default: ${param.defaultValue}, min: ${param.minValue}, max: ${param.maxValue}, rate: ${param.automationRate}`);
    }

    function checkThrows(func) {
        try {
            func();
            println("FAIL: Did not throw!");
        } catch (e) {
            println(`Did throw ${e.name}: ${e.message}`);
        }
    }

    test(() => {
        const audioContext = new OfflineAudioContext(1, 5000, 44100);

        const panner = audioContext.createPanner();

        // Check prototype
        let prototype = Object.getPrototypeOf(panner);

        while (prototype) {
            println(prototype.constructor.name);
            prototype = Object.getPrototypeOf(prototype);
        }

        // Audio Params
        const audioParams = [
            panner.positionX,
            panner.positionY,
            panner.positionZ,
            panner.orientationX,
            panner.orientationY,
            panner.orientationZ,
        ];

        for (const audioParam of audioParams) {
            dumpAudioParam(audioParam);
            audioParam.value = -52;
            dumpAudioParam(audioParam);
            audioParam.value = 100_000;
            dumpAudioParam(audioParam);
            audioParam.value = -22051;
            dumpAudioParam(audioParam);
        }

        // Default values
        println(`default panningModel: ${panner.panningModel}`);
        println(`default distanceModel: ${panner.distanceModel}`);
        println(`default refDistance: ${panner.refDistance}`);
        println(`default maxDistance: ${panner.maxDistance}`);
        println(`default rolloffFactor: ${panner.rolloffFactor}`);
        println(`default coneInnerAngle: ${panner.coneInnerAngle}`);
        println(`default coneOuterAngle: ${panner.coneOuterAngle}`);
        println(`default coneOuterGain: ${panner.coneOuterGain}`);

        checkThrows(() => {
            panner.refDistance = -1;
        });

        checkThrows(() => {
            panner.rolloffFactor = -1;
        });

        checkThrows(() => {
            panner.maxDistance = -1;
        });

        checkThrows(() => {
            panner.coneOuterGain = -1;
        });

        checkThrows(() => {
            panner.coneOuterGain = 1.23;
        });

        checkThrows(() => {
            new PannerNode(audioContext, { refDistance: -1 });
        });

        checkThrows(() => {
            new PannerNode(audioContext, { rolloffFactor: -1 });
        });

        checkThrows(() => {
            new PannerNode(audioContext, { maxDistance: -1 });
        });

        checkThrows(() => {
            new PannerNode(audioContext, { coneOuterGain: -1 });
        });

        checkThrows(() => {
            new PannerNode(audioContext, { coneOuterGain: 1.23 });
        });
    });
</script>
